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MOQ : 1 टुकड़ा

Specification

शर्त
Used

मशीन का प्रकार
Gear Hobbing Machine

फ़ीचर
High precision, robust construction, versatile for various gear types

पावर
4 kW

वोल्टेज
380V

वज़न
Approx. 2150 kg

क्षमता
Max Gear Diameter: 160 mm

आउटपुट
Precision cut gears

के लिए इस्तेमाल किया गया
Cutting and shaping gears

रंग
Industrial Green

आयाम (एल* डब्ल्यू* एच)
Approx. 2000 x 1400 x 2000 mm

Spindle Speed Range
40 – 200 rpm

Machine Brand
TOS Varnsdorf (TOS)

Max Module
5 mm

Table Diameter
160 mm

Table Bore
60 mm

Control Type
Manual

Number of Feeds
Infinitely variable

Max Hobbing Width
160 mm

Max Distance Between Work Table and Hob Axis
210 mm

Coolant System
Integrated

Min/Max Hob Diameter
18 mm / 120 mm

Trade Information

Minimum Order Quantity
1 टुकड़ा

मुख्य घरेलू बाज़ार

About

Make - TOS (Czech Republic)

Model - FO-16

Max. Module Capacity - 16 Modules

Max. Gear Diameter - 1600 mm

Max. Width of Gear - 560 mm

Table Diameter - 1350 mm

Max. Hob Cutter Size - Diameter 250 mm x 300 mm Length

Max. Table Load Capacity - 7.0 Tons

- Complete with Change Gears, Arbours, Mandrels etc.

- Complete with its Tangential Hobbing Head and Milling Head.

- Complete with Job Supports, and many other accessories.

- Operating Manual and Electrical Drawings are available.

- Equipped with a feature of Single-Indexing.

- Machine is in excellent working condition.

Video of The Machine -

https://youtu.be/7_OAEL4X9os

Robust Construction for Lasting Performance

The TOS FO-16 is built with sturdy, industrial-grade materials, ensuring long-term durability and consistent output even under demanding workloads. Its robust construction allows the machine to maintain accuracy throughout intense gear-shaping operations, providing reliability for both small and large-scale production environments.

Versatile Gear Cutting Capabilities

With a table diameter of 160 mm, a maximum module of 5 mm, and compatibility for hob diameters from 18 mm up to 120 mm, the FO-16 adapts to a wide range of gear sizes and types. This flexibility makes it highly suitable for businesses that handle varied gear-cutting tasks, contributing to enhanced productivity and reduced setup times.

FAQ's of Czech TOS FO-16 Gear Hobbing Machine:

Q: How is the TOS FO-16 Gear Hobbing Machine operated?

A: The TOS FO-16 is manually controlled, allowing operators to precisely adjust cutting and hobbing processes. The machine features infinitely variable feeds for enhanced control over the cutting speed and depth, ensuring optimal results for different gear specifications.

Q: What types of gears can be manufactured using the FO-16?

A: The TOS FO-16 is versatile, suitable for cutting and shaping various gears such as spur, helical, and worm gears, with a maximum gear diameter of 160 mm and a maximum module of 5 mm. Its precision capabilities cater to a diverse range of industrial and manufacturing requirements.

Q: When is it beneficial to choose the FO-16 for your gear-cutting needs?

A: This machine is ideal for workshops and manufacturers requiring consistent, high-precision gear production. Its robust build and advanced features make it particularly advantageous for medium to high-volume operations or when multiple gear types need to be processed efficiently.

Q: Where can the TOS FO-16 machine be sourced?

A: The FO-16 Gear Hobbing Machine, produced by TOS Varnsdorf in the Czech Republic, is available through exporters, importers, manufacturers, suppliers, and traders specializing in industrial machinery, particularly those dealing with European-built equipment.

Q: What is the process of gear cutting on the FO-16?

A: The workpiece is mounted on the table, and the appropriate hob is selected based on gear specifications. Using manual controls and integrated feeds, the operator engages the hob to cut the gear profile precisely, aided by the machine's integrated coolant system for optimal machining condition and tool life.

Q: How does the integrated coolant system benefit the operation?

A: The integrated coolant system helps to maintain optimal cutting temperatures, prevents overheating, and prolongs tool life. It also ensures a high-quality surface finish on the gears, reducing post-processing requirements and improving overall efficiency.

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